KI for Nanocentury | KAIST MatriX

Tag: KI for Nanocentury

Research Highlight

Root-Inspired Interfaces for Highly Stretchable Hybrid Electronics

Prof. Park’s group developed a bioinspired interface using root-like flexible islands to enable highly stretchable hybrid electronics with enhanced durability....read more

bioinspired Flexible Electronics Hybrid Electronics KI for Nanocentury MINT lab Sensors Stretchable Electronics Wearable Electronics

Research Highlight

3D printable and biocompatible PEDOT:PSS-ionic liquid colloids with high conductivity for rapid on-demand fabrication of 3D bioelectronics

Prof. Steve Park’s group has developed a new fabrication method for 3D printable, biocompatible, and highly conductive PEDOT:PSS-ionic liquid colloidal (PILC) inks that can be used in various bioelectronics applications, including physiological detection (ECG and EMG) and in vivo optogenetic ECoG signals and in vivo endogenous neural signals from deeper brain regions. ...read more

3D printing Bioelectronics High-resolution & omnidirectional printing Implantable bioelectronics KI for Nanocentury ONEL PEDOT:PSS ionic liquid colloids Rapid prototyping

Research Highlight

Racemized photonic crystals for physical unclonable function

Prof. Yoon’s group has developed a facile approach for optical physical unclonable function using spontaneous mirror symmetry breaking of molecular self-assembly. ...read more

anticounterfeiting authentication helical nanofilament KI for Nanocentury mirror symmetry breaking Nanotechnology for Advanced Opto-Electronics Physical unclonable function

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